Strategies for implementing AI into your current logistics operations

August 14, 2024
Strategies for implementing AI into your current logistics operations

While much information is available on Artificial Intelligence's benefits and applications, practical advice on the steps and strategies for integrating AI into existing logistics operations and supply chain management is often less covered. 

In this article, we provide some valuable insights into what you need to consider before introducing AI tools into your organization to optimize your logistics operations. 

Identifying areas for implementation: are you ready to utilize AI?

Today’s supply chain challenges—low overall visibility, functional silos, and complex decision-making processes—create significant dissonance within organizations. Leaders are actively investing in innovative solutions to integrate planning and execution, recognizing that reducing these functional barriers is key to achieving success. The integration of AI offers a promising solution to these issues, but understanding if your company is ready for this leap requires careful consideration. Assessing readiness to incorporate involves identifying outdated traditional methods and a willingness to transition to more advanced systems.

Some signs your logistics operations are ready for optimization with AI:

  • Consistently high operational costs 
  • Manual tasks such as picking, packing, and shipping lead to operational inefficiencies
  • Frequent delays from poor route planning
  • Lack of real-time data analysis
  • The inability to accurately predict demands and market trends affects overall productivity 

"Integrating AI into operations is more than just adopting new technology; it's often the first step to more significant transformations. AI can be a solution to optimize processes and make smarter, faster decisions for companies that face high operational costs and inefficiencies. However, the journey requires careful preparation; for an AI-driven solution to be functional and safe to use, it often involves significant cross-functional efforts to put into practice. Leaders in the industry must assess their readiness and align AI solutions with their specific requirements to invest in the future and remain competitive." - Oleksii Polishchuk, VP Engineering & Software Development, Seven Senders

Challenges in AI adoption in logistics operations

Of course, bringing artificial intelligence into your logistics operations is not without challenges and potential risks. In a recent McKinsey study, both shippers and providers cited cost as the biggest blocker to advanced digital transformation in transportation and warehousing. However, besides costs, organizations face other hurdles. The following are some of the most common:

Change management and employee adaptation: One often overlooked stumbling block is change management, which involves acclimating all employees to the new AI-driven processes. Adequate training and support are crucial to ensure employees are comfortable using the tools.

Data quality: High-quality data is another critical factor to consider. Data needs to be handled carefully to get accurate results from AI-powered tools. This means collecting it properly, storing it safely, and processing it correctly. Proactive measures that address potential data security and privacy issues before they arise need to be taken. 

Integration issues: The level of change required to existing infrastructure is often underestimated. It's not uncommon for companies to run legacy IT systems and processes, making integrating sophisticated AI solutions complex and time-consuming. Companies need to map out how AI will work alongside current tools and implement safety nets and risk management strategies in case of uncertainties.

How to identify the right AI solutions for your business needs?

To find the best AI tools for your shipping and supply chain operations, research what tech is available and how it can tackle your unique challenges. Think about what you specifically need based on problems you're facing or goals you want to hit; this means knowing where it hurts most business-wise, setting clear targets, and seeing if these high-tech options align with those needs.

Here are some ways you can use these advanced capabilities to optimize your operations and processes.

Data processing power: AI tools can analyze vast amounts of data quickly and accurately and provide real-time data from various sources. 

Pattern recognition:
AI algorithms can identify patterns and trends that humans might miss. This is especially helpful in demand forecasting and inventory management.

Predictive analytics:
AI tools can predict future events based on historical data—some use cases as predicting demand surges and potential disruptions.

Real-time decision making:
AI tools empower teams to make instant decisions based on real-time data, which has valuable applications in dynamic route optimization and real-time inventory 

Preparing for Advanced AI applications

As artificial intelligence keeps improving, logistics companies must prepare for its more advanced uses. This means investing in relevant analytics tools to make the most of their data and discover valuable insights. By using AI algorithms, they can handle complicated jobs like predicting demand, making the supply chain more efficient, and improving delivery times and customer satisfaction. The potential of AI-powered tools to create opportunities to focus on more significant decisions that impact growth is not to be overlooked. Preparing for the future will help logistics firms survive and thrive as things change.

Seven Senders ParcelAI 

Seven Senders has developed ParcelAI, a GPT-driven conversational agent that empowers shippers with their own data. Users can ask questions related to their logistics operations, such as shipment volumes, key performance indicators (KPIs), and other critical metrics, and get accurate, real-time answers in seconds. Use the powerful insights to make more informed, data-driven decisions in running and optimizing your parcel shipping operations.